The VL53L1X is the newest Time Of Flight (ToF) sensor. It emits a class 1 IR laser via a VCSEL (vertical cavity surface emitting laser) and times the reflection to the target. Although you can't see the laser, cell phones can detect it. With this amazing sensor, you can measure distances up to 4 meters with millimeter - level resolution! We've developed an Arduino library for the VL53L1X, enabling you to read distance, signal rate, and range status. This highly complex sensor has numerous options and configurations. Due to the lack of a complete datasheet from ST, we've had to reverse - engineer the interface. If you love puzzles, help us improve the library! The sensor has a precision of 1mm and an accuracy of around +/-5mm, with a minimum read distance of 4cm. It's one of our Qwiic - compatible boards, so it's plug - and - play, no soldering, no need to figure out SDA or SCL, and no voltage regulation or translation required!
Using the VL53L1X distance sensor is super easy. First, if you're using it with an Arduino, make sure to install the Arduino library we've created. Once installed, you can start reading the distance, signal rate, and range status. Since it's Qwiic - compatible, just plug it in and you're good to go, no soldering or complex setup needed. When measuring distances, keep in mind that the sensor has a precision of 1mm but an accuracy of around +/-5mm, and it can't measure distances less than 4cm. As for maintenance, keep the sensor clean and away from extreme temperatures and humidity. If you're up for a challenge and want to help us improve the library, dig into the reverse - engineered interface and share your findings!
